how does the energy gets stored in the inductor if we are connecting it to an rlc circuit either in parallel or in seriesi also wanted to ask about the phenomena of resonance ocuring in this circiut in details,i know that when the inductor has potential energy the capacitor doesnt have and vice versa,thats why its called electrical resonance,but i want someone to tell me the reason of this phenomena,an athountic answer please.thank u buddy
1kWh3.6*10^6 J SO 3kWh3*3.6*10^610.8*10^6 J Inductors shop the potential in variety of magnetic container. potential saved by using inductor0.5*L*I^2 10.8*10^60.5*L*I^2 21.6*10^6L*I^2 L21.6*10^6/(9*10^4) L2.4*10^2240 H (Unit of inductance is Henry)
RLC Circuits are resonant circuits consisting of a resistor (R), a capacitor (C) and an inductor (L). The resonant frequency is given (in radians per second) : w1 / sqrt(LC) or in Hertz fw/2*pi 1/ (2*pi*sqrt(LC)). Resonance occurs when the complex impedance ZLC of the LC resonator becomes zero. The impedances: Zc1/jwC ; ZLjwL , where j^2-1 Attenuation is : a1/2RC (for the series and for the parallel configurations) For further study, you have to get a solid knowledge in Laplace and Fourier transforms.
Energy is stored in the inductance as a magnetic field and at any time E (1/2)Li^2. In a series circuit the impedance is Z R + j(wL - 1/(wC)) ?Z? SQRT[R^2 + (wL - 1/(wC))^2] Resonance occurs when wL 1/wC w^2 LC w SQRT(LC) where w is angular frequency and j^2 -1
